When working with high-frequency pulse transformers, it is crucial to select winding materials that have a strong resistance to short circuits. This feature becomes especially important in high-power transformers, where short circuits can quickly lead to catastrophic failures. By using winding materials that are specifically designed to withstand high-voltage conditions, the transformer can better manage overloads without suffering damage.

Additionally, it is important to regularly inspect the winding materials during maintenance to ensure they retain their insulating properties. If any degradation is noticed, replacing the materials with those offering enhanced short-circuit resistance can prolong the life of the transformer and reduce the likelihood of electrical failures. Proper insulation and short-circuit resistance in the windings play a pivotal role in maintaining the stability and performance of the high-frequency pulse transformer in demanding environments.